M379793 五、新型說明： 【新型所屬之技術領域】 本新槊是有關於一種筆記型電腦結構，且特別是有關 於一種可替換鍵盤之筆記型電腦結構。 【先前技術】 在現今科技與資訊不斷地發展與進步，筆記型電腦已 經相當地普遍，且成為曰常生活或是工作上不可或缺的電 鲁 子產品之一。 由於筆記型電腦之鍵盤具有一定的使用壽命，尤其是 當使用筆記型電腦的過程中，鍵盤經常容易因外在環境的 灰塵、髒污等，導致鍵盤表面遭受污損，甚至是造成鍵帽 難以操作；或者，外物或飲料、水等液體潑灑到鍵盤上， 而造成鍵盤的電性損壞，都造成鍵盤必須面臨更換，而對 鍵盤進行拆卸及鎖合。 - 習知筆記型電腦的鍵盤是透過螺絲鎖固於筆記型電腦 之殼體上，而其過程繁複，在鎖合及拆卸都極不方便。 。加上筆記型電腦内部的其他單元’如硬碟、中央處理 器或各種介面卡之却敦或維修也須先將鍵盤移除。若以習 &之如此^式鎖合鍵$，將更增維修時之不方便，費工且 費時。 、駕知筆S己型電骝的鍵盤是透過另一方式可不藉由螺絲 而，組裂於筆記型電腦之殼體上。倘若筆記型電腦的鍵盤 一 A又體所保持之間隙過大時’筆記型電腦的鍵盤將於殼體 上產生平移及浮動的現象，造成使用者的不便。 4 M379793 如此，由上可知，上述習知的筆記型電腦，在實際使 用上，顯然具有不便與缺失存在，而可待加以改善者。 【新型内容】 本新型之一目的在揭露一種可替換鍵盤之筆記型電腦 裝置，以提使用者方便且快速地組裝或拆解筆記型電腦之 - 鍵盤。 本新型之另一目的在揭露一種可替換鍵盤之筆記型電 $ 腦裝置，避免筆記型電腦的鍵盤與殼體之間隙過大時，產 生平移及浮動的現象，進而減輕使用者於操作上的不便。 此種可替換鍵盤之筆記型電腦裝置包含螢幕、主機及 鍵盤模組。主機樞接螢幕，具有可相組合之上殼體及下殼 體。上殼體包括第一本體、至少一彈性凸塊、至少一嵌槽 及二鎖固單元。第一本體具有一容置槽。彈性凸塊位於第 一本體面對容置槽之内侧。嵌槽位於第一本體面對容置槽 之另一内側。鎖固單元分別設於第一本體相隔容置槽之兩 " 對應側。鍵盤模組匹配容置槽，可拆卸地設於容置槽中， ’ 包括第二本體、二第一凸緣、第二凸緣及至少一嵌塊。第 二本體具相對應之二長邊及二短邊。第一凸緣分別位於二 短邊，且對應鎖固單元，用以被鎖固單元限制位移。第二 凸緣位於其中之一長邊，且對應彈性凸塊，用以通過彈性 凸塊後，而被彈性凸塊限制位移。嵌塊位於另一長邊，且 對應並嵌入嵌槽。 依據本新型一實施例，各鎖固單元包括滑槽、卡扣件 及推塊。滑槽設於第一本體鄰近容置槽之位置。卡扣件可 滑動地設於滑槽上，用以伸入容置槽而抵靠於第一凸緣 5 M379793 上 推塊於滑槽上連動卡扣件。 依據本新型另一實施例，滑槽為一 依據本新型另-實施例，卡扣件為一問^之軌道。 立。依據本新型又-實施例’彈性凸塊與第〜本體分別獨 依據本新型又-實施例，彈性凸 •二固定部及卡固塊。彈性本體之 ⑤彈性本體、 於彈性本體之兩對應端，並鎖^面。固定部位 於弧面，並自第一本體伸出容置槽 上。卡固塊位 依據本新型又一實施例， 膠片體。 凸兔為可暫時形變之塑 依據本新型又一實施例，彈性 ，據本新敎—實施例，卡扣件之 ^聚氧甲埽。 综上所述，藉由主機及鍵盤模 +為聚氧F婦。 者可加速地更換鍵盤模組，同、由二卡固設計，使用 中受到各方向之位移限制，而 ;鍵盤模組於容置槽 產生平移及浮動的避免鍵盤模組於容置槽令 【實施方式】 熟說明清楚說明本新型之精神’如 以改變及修錄，其並不麟本新衫 筆型揭露—種可替換鍵盤之筆記型電腦褒置，藉由 ^電腦之殼體與鍵盤之對應設計，降 殻體中 產生平移及浮動現象的機率。 6 M379793 第1圖緣示依據本新型筆記型電腦裝置於一實施例下 的分解圖。本新型之一實施例中，此種筆記型電腦裝置 包含螢幕、主機300及鍵盤模組400。螢幕樞接至主機300 之一側。主機300包括可相組合之上殼體5〇〇及下殼體8〇〇。 上殼體500具有一第一本體510、容置槽520、多個彈 性凸塊600及多個嵌槽530。容置槽520開設於第一本體 510上。此些彈性凸塊600，例如為可暫時形變之塑膠片 體，分別排列於第一本體510面對容置槽520之一内侧側 φ 邊。此些嵌槽530對應此些彈性凸塊600，分別凹設於第 一本體510面對容置槽520之另一内侧側邊。 上殼體500更具有至少二鎖固單元700，各鎖固單元 700分別設於第一本體510同面相隔於容置槽520之兩對 應側。其中各鎖固單元700分別包括一滑槽710、一卡扣 件720及一推塊730»此滑槽710,例如為一呈線性之軌道’ 凹設於第一本體510鄰近容置槽520之位置。卡扣件720， 例如為一閂體，可往返滑動地設於滑槽710上，以便自滑 φ 槽710伸入容置槽520或縮回滑槽710。推塊730於滑槽 710上連接卡扣件720，以便連同卡扣件720 —起之運動。 鍵盤模組400之大小與容置槽520之大小基本上相匹 配’可拆卸地放置於容置槽520中。鍵盤模組400具有一 第二本體410，第二本體410基本上呈矩形，具有二相對 應之長邊420及二相對應之短邊430。第二本體410於此 二短邊430分別朝外凸設有一第一凸緣431，第一凸緣431 分別面對鎖固單元700之卡扣件720。第二本體410於其 中之一長邊420朝外凸設有一第二凸緣421，第二凸緣421 同時面對此些彈性凸塊600。第二本體410於另一長邊420 7 M379793 上分別排列多個嵌·塊422 ’此些嵌塊422分別一一對準此 些嵌槽530。 本新型之另一實施例中’各彈性凸塊600相對上殼體 5〇〇分別為一獨立元件。第一本體510分別於設有此些彈 性凸塊600之内側侧邊開設多個開口 540。各彈性凸塊600 包括一彈性本體610、二固定部620及一卡固塊630。彈性 本體610呈條狀，其一侧具有一弧面611。二固定部620 位於彈性本體610之兩對應端，分別鎖固於第一本體510 > 上。卡固塊630自弧面611朝外伸出，並於彈性凸塊600 裝設於第一本體510時，通過開口 540，自第一本體510 朝容置槽520伸出。 值得說明的是，本新型不限定彈性凸塊600與卡扣件 720之材質，可例如為塑膠、橡膠等具有耐磨性及彈性之 材質。更進一步而言，彈性凸塊600與卡扣件720之材質 亦可以為聚氧甲稀（Polyoxymethylene )等相同特性之材質。 見第2圖及第3圖。第2圖繪示依據本新型筆記型電 腦裝置於該實施例下的第一使用操作圖。第3圖為依據本 新型筆記型電腦裝置於該實施例下的第二使用操作圖。 如此，當使用者欲組裝鍵盤模組400至容置槽520時’ 使用者依一組裝順序進行組裝： (1) 首先傾斜鍵盤模組400之第二本體410，將第二 本體410—長邊420之嵌塊422分別--插入此些嵌槽530 中（如第2圖）。 (2) 將第二本體41〇另一長邊420之第二凸緣421朝 容置槽520底部之方向壓迫卡固塊630，從而推擠此些彈 性凸塊600之彈性塊體，其中此些彈性塊體因為暫時變 8 M379793 形，而提供第二凸緣421通過此些卡固塊63〇之間隙。如 此’待第二凸緣421通過此些彈性凸魂6〇0後，第二凸緣 421便被卡固於此些卡固塊630之下方，使得鍵盤模組4〇〇 受到此些卡固塊630與嵌槽530之限制，而不易進行前、 後方向之位移（如第2圖）。 (3 )分別推動此些推塊730 ’以便朝容置槽520之方 •向伸出卡扣件720，使得此些卡扣件72〇分別抵靠於第二 -本體410二短邊430之第一凸緣43丨上。如此，鍵盤模組 • 400受到此些卡扣件之限制，而不易進行左、右方向 之位移’更不易產生上下方向之浮動現象（如第3圖）。 反之，當使用者欲自谷置槽520舞解鍵盤模組4⑼時， 使用者依一相反之順序進行拆解。 綜上所述，藉由第一本體510與第二本體41〇相互間 之卡固設計’使用者可加速地更換鍵盤模組4〇〇，同時， 由於鍵盤模組400於容置槽520中受到上下左右之位移限 制，因此’更避免鍵盤模組400於容置槽52〇中產生平移 及浮動的現象。 ' 藉由以上具體實施方式的詳述，是希望能更加清楚描 述本新型的特徵與精神’而並非以上述所揭露的具體實施 方式來對本新型的權利要求範圍加以限制。相反地，其目 的是希望能涵蓋各種改變及具相等性的安排于本新型的權 利要求範圍内。因此’本新型的權利要求範圍應該根據上 述的說明作最寬廣的解釋，以致使其涵蓋所有可能的改變 以及具相等性的安排。 【圖式簡單說明】 9 M379793 為讓本新型之上述和其他目的、特徵、優點與實施例 能更明顯易懂，所附圖式之說明如下： 第1圖繪示依據本新型筆記型電腦裝置於一實施例下 的分解圖。 第2圖繪示依據本新型筆記型電腦裝置於該實施例下 的第一使用操作圖。 第3圖繪示依據本新型筆記型電腦裝置於該實施例下 的第二使用操作圖。 【主要元件符號說明】 100 : 筆記型電腦裝置 530 :嵌槽 300 ： 主機 540 :開口 400 ： 鍵盤模組 600 :彈性凸塊 410 ： 第二本體 610 :彈性本體 420 : 長邊 611 :弧面 421 ： 第二凸緣 620 :固定部 422 ： 欲塊 630 :卡固塊 430 ： 短邊 700 :鎖固單元 431 ： 第一凸緣 710 :滑槽 500 ： 上殼體 720 :卡扣件 510 ： 第一本體 730 :推塊 520 : 容置槽 800 :下殼體M379793 V. New Description: [New Technology Field] This new book is about a notebook computer structure, and especially a notebook computer structure related to a replaceable keyboard. [Prior Art] With the continuous development and advancement of technology and information, notebook computers have become quite common and become one of the most indispensable products in the life or work. Because the keyboard of the notebook computer has a certain service life, especially in the process of using the notebook computer, the keyboard is often susceptible to dust and dirt in the external environment, which causes the surface of the keyboard to be defaced, and even the keycap is difficult. Operation; or, foreign objects or beverages, water and other liquids spilled onto the keyboard, causing electrical damage to the keyboard, causing the keyboard to face replacement, and disassembling and locking the keyboard. - The keyboard of the conventional notebook computer is screwed to the casing of the notebook computer, and the process is complicated, and it is extremely inconvenient in locking and dismounting. . In addition to other units inside the notebook, such as hard drives, central processing units, or various interface cards, the keyboard must be removed first. If you use the same type of locks, you will find it more inconvenient, time-consuming and time-consuming. The keyboard of the S-type electric shovel can be split into the casing of the notebook computer by another means without the use of screws. If the keyboard of the notebook computer has a gap between the A and the body, the keyboard of the notebook computer will cause translation and floating on the casing, causing inconvenience to the user. 4 M379793 As such, it can be seen from the above that the above-mentioned conventional notebook computer obviously has inconvenience and deficiency in actual use, and can be improved. [New Content] One of the objects of the present invention is to disclose a notebook computer device with a replaceable keyboard for facilitating the user to assemble or disassemble the keyboard of the notebook computer conveniently and quickly. Another object of the present invention is to disclose a notebook type notebook device that can replace the keyboard, so as to avoid the phenomenon of translation and floating when the gap between the keyboard and the casing of the notebook computer is too large, thereby reducing the inconvenience of the user in operation. . The notebook device of the replaceable keyboard includes a screen, a host and a keyboard module. The host pivots the screen and has a combination of the upper housing and the lower housing. The upper housing includes a first body, at least one resilient bump, at least one slot and two locking units. The first body has a receiving groove. The elastic bump is located inside the first body facing the receiving groove. The slot is located on the other inner side of the first body facing the receiving groove. The locking units are respectively disposed on the corresponding sides of the first body and the two accommodating grooves. The keyboard module is matched with the accommodating groove and is detachably disposed in the accommodating groove, and includes a second body, two first flanges, a second flange and at least one insert. The second body has two corresponding long sides and two short sides. The first flanges are respectively located on the two short sides, and corresponding to the locking unit for limiting displacement by the locking unit. The second flange is located on one of the long sides and corresponds to the elastic projection for passing the elastic projection to be displaced by the elastic projection. The block is located on the other long side and corresponds to and fits into the slot. According to an embodiment of the present invention, each of the locking units includes a chute, a snap member and a push block. The sliding slot is disposed at a position of the first body adjacent to the receiving groove. The latching member is slidably disposed on the sliding slot for extending into the receiving groove and abutting against the first flange 5 M379793. The push block is coupled to the sliding slot to engage the latching member. According to another embodiment of the present invention, the chute is in accordance with another embodiment of the present invention, and the snap member is a track. Standing. According to the novel and the embodiment, the elastic bump and the first body are separately according to the novel and the embodiment, the elastic convex portion, the second fixing portion and the fixing block. The elastic body of the elastic body is at the two corresponding ends of the elastic body, and the surface is locked. The fixing portion is on the curved surface and protrudes from the first body through the receiving groove. Jamming block According to still another embodiment of the present invention, a film body. The convex rabbit is a plastic that can be temporarily deformed. According to still another embodiment of the present invention, the elasticity, according to the present invention, is a polybutax. In summary, the host and the keyboard module are the polyoxygen women. The keyboard module can be replaced expeditiously, and the two-card design is used, and the displacement of each direction is limited in use; and the keyboard module generates translation and floating in the receiving slot to avoid the keyboard module in the receiving slot order. Implementation] The description clearly illustrates the spirit of the present invention. If it is changed and repaired, it is not a type of notebook computer that can be replaced by a new type of notebook, with a computer case and keyboard. Corresponding design, the probability of translation and floating phenomenon in the lower casing. 6 M379793 Fig. 1 is an exploded view of an embodiment of the notebook computer device according to an embodiment. In one embodiment of the present invention, the notebook computer device includes a screen, a host computer 300, and a keyboard module 400. The screen is pivoted to one side of the host 300. The main body 300 includes a housing 5 〇〇 and a lower housing 8 可 that can be combined. The upper casing 500 has a first body 510, a receiving groove 520, a plurality of elastic bumps 600, and a plurality of fitting grooves 530. The accommodating groove 520 is opened on the first body 510. The elastic bumps 600 are, for example, temporarily deformable plastic sheets, which are respectively arranged on the inner side φ side of the first body 510 facing the accommodating groove 520. The recesses 530 correspond to the elastic bumps 600 and are respectively recessed on the other inner side of the first body 510 facing the receiving slot 520. The upper housing 500 further has at least two locking units 700, and each of the locking units 700 is disposed on the same side of the first body 510 at two opposite sides of the receiving slot 520. Each of the locking units 700 includes a sliding slot 710, a latching member 720, and a pushing block 730»the sliding slot 710. For example, a linear track is recessed in the first body 510 adjacent to the receiving slot 520. position. The latching member 720, for example, a latch body, is slidably disposed on the sliding slot 710 so as to extend into the receiving slot 520 or retract the sliding slot 710 from the sliding φ slot 710. The pushing block 730 is connected to the latching member 720 on the sliding slot 710 for movement together with the latching member 720. The size of the keyboard module 400 is substantially matched with the size of the receiving slot 520 and is detachably placed in the receiving slot 520. The keyboard module 400 has a second body 410. The second body 410 has a substantially rectangular shape with two corresponding long sides 420 and two corresponding short sides 430. The first body 410 has a first flange 431 protruding outwardly from the second short side 430. The first flange 431 faces the latching member 720 of the locking unit 700. The second body 410 has a second flange 421 protruding outwardly from one of the long sides 420. The second flange 421 faces the elastic bumps 600 at the same time. The second body 410 is respectively arranged on the other long side 420 7 M379793 with a plurality of embedded blocks 422 ′. The embedded blocks 422 are respectively aligned with the embedded grooves 530. In another embodiment of the present invention, each of the resilient bumps 600 is a separate component from the upper housing 5〇〇. The first body 510 defines a plurality of openings 540 on the inner sides of the elastic protrusions 600. Each of the elastic bumps 600 includes an elastic body 610 , two fixing portions 620 , and a locking block 630 . The elastic body 610 has a strip shape with a curved surface 611 on one side. The two fixing portions 620 are located at two corresponding ends of the elastic body 610 and are respectively locked on the first body 510 >. The locking block 630 protrudes outward from the curved surface 611 and protrudes from the first body 510 toward the receiving groove 520 through the opening 540 when the elastic protruding block 600 is mounted on the first body 510. It should be noted that the present invention does not limit the material of the elastic bump 600 and the snap member 720, and may be, for example, a material having wear resistance and elasticity such as plastic or rubber. Furthermore, the material of the elastic bump 600 and the snap member 720 may be a material having the same characteristics as polyoxymethylene. See Figure 2 and Figure 3. Fig. 2 is a view showing a first use operation diagram of the notebook type notebook device according to the present embodiment. Figure 3 is a second operational view of the notebook computer device according to the present embodiment. Thus, when the user wants to assemble the keyboard module 400 to the receiving slot 520, the user assembles in an assembly sequence: (1) first tilting the second body 410 of the keyboard module 400, and the second body 410-long side The 420 blocks 422 are respectively inserted into the slots 530 (as shown in Figure 2). (2) pressing the second flange 421 of the other body 420 toward the bottom of the accommodating groove 520 to press the fixing block 630, thereby pushing the elastic block of the elastic protrusions 600, wherein The elastic blocks are temporarily changed to 8 M379793 shape, and the second flange 421 is provided through the gaps of the fastening blocks 63. Thus, after the second flange 421 passes through the elastic embossings 〇0, the second flange 421 is clamped under the mortise blocks 630, so that the keyboard module 4 is subjected to the fastening. The block 630 and the recess 530 are limited, and the displacement in the front and rear directions is not easy (as shown in Fig. 2). (3) pushing the push blocks 730' respectively to extend toward the receiving slots 520, and extending the latching members 720 such that the latching members 72 are respectively abutted against the second short sides 430 of the second body 104. The first flange 43 is on the top. Thus, the keyboard module 400 is limited by such snaps, and is not easily displaced in the left and right directions. It is less likely to cause floating in the up and down direction (as shown in Fig. 3). Conversely, when the user wants to dance the keyboard module 4 (9) from the valley slot 520, the user disassembles in the reverse order. In summary, the user can accelerate the keyboard module 4 by the locking design of the first body 510 and the second body 41. At the same time, the keyboard module 400 is disposed in the receiving slot 520. It is limited by the displacement of the upper, lower, left and right, so that the phenomenon that the keyboard module 400 is translated and floated in the accommodating groove 52 更 is prevented. The scope of the claims of the present invention is limited by the specific embodiments of the present invention. On the contrary, the intention is to cover various modifications and equivalent arrangements within the scope of the claims. Therefore, the scope of the claims of the present invention should be construed broadly so that the invention BRIEF DESCRIPTION OF THE DRAWINGS In order to make the above and other objects, features, advantages and embodiments of the present invention more obvious and obvious, the description of the drawings is as follows: Figure 1 shows a notebook computer device according to the present invention. An exploded view of an embodiment. Fig. 2 is a view showing a first use operation diagram of the notebook computer device according to the embodiment of the present invention. Figure 3 is a diagram showing a second use operation diagram of the notebook computer device according to the embodiment of the present invention. [Main component symbol description] 100 : Notebook computer device 530 : slot 300 : host 540 : opening 400 : keyboard module 600 : elastic bump 410 : second body 610 : elastic body 420 : long side 611 : curved surface 421 : Second flange 620 : fixing portion 422 : To block 630 : Fixing block 430 : Short side 700 : Locking unit 431 : First flange 710 : Chute 500 : Upper housing 720 : Fastening member 510 : A body 730: push block 520: accommodating groove 800: lower case